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France Sets Ambitious Renewable Energy Targets

Jane Burgermeister
January 02, 2008  |  15 Comments

Wind and solar power are at the heart of a big new push by the French government to increase the renewable share of the country's total energy consumption from 6.7 percent in 2004 to 20 percent by 2020.

The government has set the target of raising its installed capacity for wind power from 810 megawatts (MW) in 2006 to 25,000 MW by 2020. Also, installed capacity for photovoltaic (PV) power is to increase from 32.7 MW in 2006 — about 100 times less than Germany — to 3,000 MW by 2020.

In addition, 5 million solar thermal units are to be installed in buildings by 2020, 80 percent of these in homes.

Biomass accounts for two thirds of all the renewables used in France today and hydro power for another third. Solar and wind power still play a marginal role.

"These targets mark a new era in the development of wind and solar power in France, and though they are ambitious, they can be achieved," Jean-Michel Parroufe head of the renewable energy division at the French Environment and Energy Management Agency (Ademe, Agence de l'Environnement et de la Maîtrise de l'Energie), told RenewableEnergyAccess.com.

He said the plan would change the structure of France's primary energy consumption — 275 million TOE (tons of oil equivalent) in 2006 — so that 20 percent would come from renewables, 25 percent from nuclear and 55 percent from fossil fuels by 2020, saving 20 million tons of oil.

"From now on a bigger range of renewable energies, and not just biomass, will help meet the challenge of fighting global warming in France," Parroufe said.

Parroufe, however, admitted it would not be easy for France to reach the target for wind.

With just 810 MW of installed capacity, France is the third biggest market in Europe behind Germany with 2233 MW and Spain with 1587 MW.

Installed wind capacity has been growing rapidly, doubling in 2004 and also in 2005 following a change in the law that had prohibited the state electrical company EDF Electricity France from buying electricity from wind parks over 12 MW.

According to Parroufe, the most difficult part of meeting the wind target will be "finding enough good sites for the wind turbines because they shouldn't spoil the landscape. It is a big target but we believe the right financial and legal framework is in place and we can make a leap forward in wind power," he said.

The government has already laid solid foundations for growth in renewables by introducing more favorable feed-in tariffs for electricity from wind and solar power in July 2006 as well as tax breaks.

As a result of the tax breaks, solar thermal systems grew by 80 percent in 2006 to reach 210 MW of installed capacity.

Growth in PV installed capacity was 150 percent in 2006 boosted by a base feed-in tariff of 30 cents per KW/h for PV electricity in cities, said Rachel Massion from Enerplan, the Professional Association for Solar Energy [Association Professionelle de l'Energie Solaire].

"We expect the same sorts of figures this year and in the future," Rachel Masson told RenewableEnergyAccess.com. "Photovoltaics are growing at different rates in different parts of the country depending on the policies of the local authorities."

The Pays de Loire has become the leader in France with 1.4 MW of installed capacity followed by the Languedoc Rousillon, which has 1.18 MW because of special incentives for integrating solar panels into buildings.

Also, the city of Narbonne plans to build a 9 MW PV station to supply energy for public buildings and street lighting.

In spite of the growth in the wind and solar sectors, biomass will continue to provide the lion's share of renewables in France even in 2020, Parroufe said.

With 9.3 million TOEs in 2006, France is the biggest consumer of fuel wood in Europe after Sweden and Finland: more than 40 percent of all domestic heating systems in the country today use wood as fuel — and the number is growing.

However, Parouffe said that expanding the use of biomass would require setting up a better network for collecting wood from the country's forests.

Other measures that the French government has announced on the renewable front include huge new investments in renewable energy research, like developing second generation biofuels.

To boost the use of biogas, in 2006 the government increased the price by 50 percent as an incentive for drivers to use cleaner cars, such as electric and hybrid models.

Also, energy performance certificates recording the carbon emissions of new cars became obligatory in May 2006 and financial incentives were introduced to make cars with low carbon emissions more attractive.

The President of France Nicolas Sarkozy announced the new push for more renewables and more energy-efficiency to fight climate change in October following a three-month consultation period with representatives from environmental, business and social groups.

He said that cutting carbon emissions would be factored in to all government decisions in the future, including the construction of new buildings and the handling of waste.

The French parliament is set to pass the law in 2008.

Jane Burgermeiser is a writer based in Austria.

15 Comments

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Vyacheslav Mammadov
Vyacheslav Mammadov
May 22, 2012
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Everyone who needs energy!
Briefly about the project to make it clear that this is not bullshit.
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One kilogram per cubic centimeter of mercury.
So at 10 m depth of water at 1 kg/m2 multiplied by the area. The area the way it does not matter a fill rate of the area.
Thus, we constructed a machine 'BE module' which takes the pressure difference of the energy converting to mechanical energy. The module can operate the oceans, seas, rivers, as well as on land. On land, one module will power 10 kW, the efficiency of a useful load of 75%. When an artificial basin, which occupies the area with the volume of 8 cubic / m Increase the number of modules.
All the schemes or model directly personal contact.
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Clay Adams
Clay Adams
February 22, 2011
How can we compare electricity prices from France with the costs we're paying here in the U.S. ? With all the latest news of commodities and energy markets fluctuating so greatly, help us put this in perspective.
Kate Jordan
Kate Jordan
February 22, 2011
I see that Megan Green has posted a comment here but has not done anything else for REW. I can't help but think it is a little much. I have to agree with her even if she only signed up with REW to comment on this post. A kilowatt per hour does not exist? She is right is is a rate which in a formula it will give the right numbers for what you need. I'm also don't understand why we should even care about what France is doing in the world. I know that we are moving to a more global economy but still why care? I live in Texas and all I care about is TX electric rates
Megan Green
Megan Green
February 4, 2011
Unfortunately this article has a typo critical to the true understanding of energy. The article states "Growth in PV installed capacity was 150 percent in 2006 boosted by a base feed-in tariff of 30 cents per KW/h for PV electricity in cities, said Rachel Massion from Enerplan, the Professional Association for Solar Energy [Association Professionelle de l'Energie Solaire]." A kilowatt per hour does not exist. Energy is a quantitative amount, not a rate, and should be represented in the form kilowatt * hour or kWh. Power is the rate that you use that energy, and is represented in Watts or kilowatts, which is also equivalent to joules per second.
Chris Ohlrich
Chris Ohlrich
February 6, 2008

Can anyone tell me where we can find details of the feed-in tarriff arrangements or other regulatory support measures (if any) which are behind this announcement?


Nainish Bapna
Nainish Bapna
January 29, 2008
This is fantastic! Are there any more details available on what is being proposed? Thanks
Brett Henley
Brett Henley
January 22, 2008

I'm not sure how to compare the U.S. to France, as our large-scale fossil fuel production tends to dwarf our renewable energy statistics. For example, even though wind power in the U.S. only accounts for 1 percent of our total energy portfolio, the 16,818 MW of total capacity has increased 45 percent from in 2007. I think the U.S. is making progress in the solar market, which historically is very expensive technology. HelioVolt is building a new facility in Austin, which will be interesting to see what solar can bring to the table in Texas.

 

AWEA report on wind capacity

  


Rajiv Gupta
Rajiv Gupta
January 3, 2008

Despite the error in statistics--as indicated by Joseph--I found this news article about French renewable energy sector very interesting and quite informative. I look forward more of such refreshing news articles from Jane Burgermeister.

Warm Regards from the Sunny New Delhi

www.linkedin.com/in/delmeer

rajiv.gupta@solwinenergy.com  


Bruce Connelly
Bruce Connelly
January 3, 2008
France must include Solar thermal or it will really miss the boat. Foxc's new patented technology will allow for 24 hr. Solar production in the 6.5 cent per Kwatt range. They are able to extract 5 times more energy than needed, store the extra and return it to the production cycle via a simple, but effective means. It is also the only technology that can upgrade any fossil production facility to produce clean energy at twice the profit for the producer without raising costs to the consumer. This combination will make it economically irresistable and necessary for pollution free production. It will be introduced in the U.S. and Europe first very soon. Read more at  www.cleanandgreenenergy.com  or contact Steven Kush at www.GrowThink.com  .
William Bunter
William Bunter
January 3, 2008
The country that can invent a generator which can suck air in from the atmosphere and compress it into a substantial force to drive the same generator but produce more power than it uses will have the market at its mercy:
Gary Tulie
Gary Tulie
January 3, 2008

Not just France, but he whole of the EU have similar targets for 20% of ALL energy from Renewables by 2020 (Not just electrical.) In addition to which, vehicle emissions for Europe's car fleet are already I believe below the target level which California tried unsuccessfully to bring in for 2020, and set for around 20% reduction per new car by 2012, and possibly around 40% by 2020. The USA really must learn on this one, or US manufacturers will end up too dirty to be allowed to sell any domestic product outside the USA.

One other area of potential Renewable energy of significant scale for France is Tidal Stream. In cooperation with the Channel Islands of Alderney, Sark, and Guernsey, there is potential for several gigawatts of power to be extracted from tidal flows with an entirely predictable power output, and a capacity factor of around 40% (similar to offshore wind)


Wayne Bostick
Wayne Bostick
January 2, 2008

I don't think there are many things that the French do that are of substance but in energy policy they certainly lead us, hands down.

They are providing meaningful leadership and support for legitimate alternate and renewable sources while our efforts seem to be directed to higher subsidies to oil producers and ethanol (read ADM).

We need a technically meaningful long term strategy rather than short term political pork barreling. Probably too much to ask of our current administration and congress?!


Seth Poulson
Seth Poulson
January 2, 2008

Is the French Legislature considering Solar Thermal for grid-connected electricity generation?  I noticed they called out PV specifically for utility scale power generation, but only mentioned Solar Thermal for residential applications.  Are they restricting their legislative mandates to PV only?  If so, maybe they aren't as progressive as they would like to claim!


Mortimer Shnerdlyfrump
Mortimer Shnerdlyfrump
January 2, 2008

The authors numbers on installed capacity are wrong. He wrote, "With just 810 MW of installed capacity, France is the third biggest market in Europe behind Germany with 2233 MW and Spain with 1587 MW."

The correct numbers are: France 2,200 MW, Germany 21,283 MW, Spain 13,400 MW. These numbers will be updated in about a month.

SEE: http://home.wxs.nl/~windsh/stats.html

 


Jim Berry
Jim Berry
January 2, 2008
Note the relative importance of Wind versus Solar with a projected 7 to 1 ratio for installation. Of course the Wind can be economically viable from day one while solar pv needs the welfare check of $.30 per kwh or about 5 times the cost of wind and other energery sources.

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